Answer:
C. Fall, 30%, Rise
Explanation:
- Price Elasticity of Demand is responsive change in demand, due to change in price.
P.Ed = % change in demand / % change in price.
Given : Price rise by 50% , P.Ed = 0.6
So, % change in demand = P.ed x % change in price
% change in demand = 0.6 (50)
% change in demand = 30%
Law of demand states negative relationship between price & demand, so P.ed is negative. Price rise 50% reduces demand by 30%.
- P.Ed can be : Elastic ( > 1 ), or Inelastic ( < 1 ). If P.Ed is Elastic, price & total revenue are inversely related. If P.Ed is Inelastic, price & total revenue are directly related.
So, Given PEd = 0.6 (i.e < 1 ) : Inelastic Demand implies price & total revenue are directly related related to each other. So, price fall lead to TR fall & price rise lead to TR rise.
Google might be able to help you out with the answer
For 1/20 to be a decimal, it would be 0.05.
Answer:
payback period is 5 years
Explanation:
given data
net initial investment = $2000000
annual cash inflow = $400000
useful life = 8 year
to find out
payback period
solution
we know here initial investment of equipment and cash inflow increase
so here payback period will be express as
payback period = net investment / cash inflow ..............1
put here value in equation 1
payback period = net investment / cash inflow
payback period = 2000000 / 400000
payback period = 5
so payback period is 5 years
Answer:
$3,384.31
Explanation:
first of all we must determine how much money do you need to pay for 3 years of the facility:
PV = $100,000 x 2.6730 (PV annuity factor, 6%, 3 periods) = $267,300
if your mother does not invest more money, she will have $200,000 x (1 + 6%)⁴ = $252,495
this means that your mother will be $267,300 - $252,495 = $14,805 short
her annual contribution = $14,805 / 4.3746 (FV annuity factor, 6%, 4 periods) = $3,384.31